The pattern of inheritance can be determined by the following:

1. Codominance: This is a pattern of inheritance where both alleles of a gene are fully expressed in the phenotype of the organism. This results in offspring with a phenotype that is neither dominant nor recessive.

2. Multiple Alleles: This is a type of non-Mendelian inheritance pattern that involves more than just the typical two alleles that usually code for a certain characteristic. An example of this is blood type in humans.

3. Incomplete Dominance: This is a pattern of inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the expressed physical trait is a combination of the phenotypes of both alleles.

4. Sex-Linked Inheritance: This is a pattern of inheritance in which the distribution of traits is determined by the sex of the individual receiving the traits. This is often seen with traits linked to the X and Y chromosomes.

Each of these patterns results in different phenotypes in the offspring. The specific pattern of inheritance can be determined by observing these phenotypes.

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The pattern of inheritance can be determined by the following:

1. Codominance: This is a pattern of inheritance where both alleles of a gene are fully expressed in the phenotype of the organism. This results in offspring with a phenotype that is neither dominant nor recessive.

2. Multiple Alleles: This is a type of non-Mendelian inheritance pattern that involves more than just the typical two alleles that usually code for a certain characteristic. An example of this is blood type in humans.

3. Incomplete Dominance: This is a pattern of inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the expressed physical trait is a combination of the phenotypes of both alleles.

4. Sex-Linked Inheritance: This is a pattern of inheritance in which the distribution of traits is determined by the sex of the individual receiving the traits. This is often seen with traits linked to the X and Y chromosomes.

Each of these patterns results in different phenotypes in the offspring. The specific pattern of inheritance can be determined by observing these phenotypes.

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The pattern of inheritance can be determined by the following:

1. Codominance: This is a pattern of inheritance where both alleles of a gene are fully expressed in the phenotype of the organism. This results in offspring with a phenotype that is neither dominant nor recessive.

2. Multiple Alleles: This is a type of non-Mendelian inheritance pattern that involves more than just the typical two alleles that usually code for a certain characteristic. An example of this is blood type in humans.

3. Incomplete Dominance: This is a pattern of inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the expressed physical trait is a combination of the phenotypes of both alleles.

4. Sex-Linked Inheritance: This is a pattern of inheritance in which the distribution of traits is determined by the sex of the individual receiving the traits. This is often seen with traits linked to the X and Y chromosomes.

Each of these patterns results in different phenotypes in the offspring. The specific pattern of inheritance can be determined by observing these phenotypes.

What pattern of inheritance is determined by offspring having a series of phenotypes*1 pointCodominanceMultiple AllelesIncomplete DominanceSex-Linked Inheritance

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